Stochastic control for optimal new business
By Christian Hipp, Michael I. Taksar. 2000
56 citations recorded by the source corpus.
Subfields: Demography, Management Science and Operations Research
View Paper: https://www.semanticscholar.org/paper/e00f358e1e8a82d878a6d0acf8510f73bc127a43
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Demography
- Hanspeter Schmidli
- Virginia R. Young
- Bjarne Højgaard
- Tak Kuen Siu
- Erhan Bayraktar
- Christian Hipp
- Robert J. R. Elliott
- David Promislow
In Management Science and Operations Research
- Hanspeter Schmidli
- Virginia R. Young
- Bjarne Højgaard
- Christian Hipp
- Tak Kuen Siu
- Erhan Bayraktar
- David Promislow
- Robert J. R. Elliott
Citations in the corpus
- Minimizing the probability of lifetime ruin under borrowing constraints (2007, background): “obabilities to provide investment advice. Other researchers have used the criterion of minimizing the probability of ruin of an insurance company to find the optimal rate of new business accumulation (Hipp and Taksar, 2000), to find the optimal investment strategy for the insurer (Hipp and Plum, 2000)”
- A stochastic differential game for optimal investment of an insurer with regime switching (2011, methodology): “Hipp and Taksar (2000) developed an insurance business model using a compound Poisson process and determined an optimal choice of the new business by minimizing the ruin probability over an infinite time horizon.”
- Minimizing the Probability of Ruin When Claims Follow Brownian Motion with Drift (2005, background): “For example, Hipp and Taksar (2000) minimize the probability of ruin by controlling the rate of new business accumulation.”
- Optimal Dynamic XL Reinsurance (2003, unknown): “What is left is a proof for continuity of g(s): then V ′(s) = g(s) is continuous, and V (s) satisfies equation (2).”
- Optimal Dynamic Premium Control in Non-life Insurance. Maximizing Dividend Pay-outs (2002, methodology): “To nd solutions numerically we follow the idea of Hipp & Taksar (2000), Schmidli (2001) to develop numerical schemes for approximations of F.”
- Optimal investment for insurers (2000, background): “Other optimization problems would be: optimization of reinsurance programs (see [4] and [5]) or of new business (see [3]).”
- Optimal Proportional Reinsurance Policies in a Dynamic Setting (2001, result): “We therefore try another approach, similar to the approach in Hipp & Taksar (1998).”